Yes, it is a good fit because the README explicitly lists these agents as skills CLI targets, so the team does not need to migrate to Claude Code or Codex.

• The skills CLI supports GitHub Copilot, Windsurf, Cline, as well as Cursor, OpenCode, Gemini, and other tools.
• One command installs all Expo skills; the CLI can also update all installed skills or update a single skill such as expo-router.
• Skills are distributed as text-based SKILL.md files, making them reusable across agents, and the MIT License permits internal use, review, and extension.
• The README requires restarting or refreshing the agent session after installation. Discovery behavior and MCP support are not guaranteed to be identical across tools.

Yes, it is a good fit because it directly covers Expo Router constraints and can be installed in Cursor through the skills CLI.

• expo-overview is the entry point for Expo/EAS requests and routes vague requests to skills such as expo-router.
• expo-router explicitly covers file-based routes, links, native stacks, modals, sheets, native tabs, and headers, matching your task closely.
• The README requires installation from the project root followed by restarting or refreshing the agent session. The skills guide application of knowledge; Expo documentation, Expo CLI, and EAS CLI remain the source of truth.

It should reduce context switching, but it does not replace running the app, validating platform behavior, or checking current SDK compatibility.

Yes, it is suitable for upgrade decisions because it provides a dedicated expo-upgrade skill covering the conflict types you listed.

• expo-upgrade is intended for Expo SDK upgrades, dependency conflicts, deprecated packages, and cache cleanup.
• expo-overview can serve as the initial router when the upgrade request is not yet specific.
• The README explicitly warns that skills may become outdated as SDK or EAS behavior changes. Critical dependency and command decisions should still follow current Expo documentation, Expo CLI, and actual command output.
• The project data has no latest release and a release count of 0, so repository release metadata alone cannot establish synchronization with the current SDK.

It depends: the project covers common Brownfield and native-module guidance, but it cannot guarantee compatibility with your existing native project or build chain.

• expo-brownfield explicitly targets adding Expo or React Native to an existing iOS or Android app.
• expo-module covers Swift, Kotlin, TypeScript, config plugins, and autolinking, making it relevant to native modules and views.
• The project analysis identifies complex Brownfield integrations and highly customized native projects as limitations; the skills provide a starting point rather than a complete integration guarantee.
• If you use the experimental expo-migrate-module, its content may change or be retired, so it should not be the sole authority for a stable production API.

It depends: the project covers common Web-to-Native paths, but it cannot guarantee that complex web code or non-standard native integrations will migrate directly.

• expo-web-to-native explicitly targets migration from Next.js, Vite, and CRA to native iOS and Android apps with Expo.
• expo-dom supports gradually using web code inside native apps, enabling staged migration rather than an immediate rewrite.
• For native capabilities, expo-module covers Swift, Kotlin, TypeScript, config plugins, and autolinking; existing native apps are addressed by expo-brownfield.
• The project analysis also states that the skills cannot guarantee compatibility with highly customized native projects, so platform differences and the existing build chain still require separate validation.

It depends: plugin installation wires in the Expo MCP configuration, but cloud execution remains constrained by permissions, credentials, EAS plans, and platform requirements.

• Claude Code and Codex can be installed from their official plugin marketplaces, and the plugin handles updates while wiring in MCP configuration automatically.
• The Expo MCP Server can read current documentation, install compatible dependencies, trigger and monitor EAS builds and workflows, and retrieve TestFlight crash data.
• EAS capabilities fall under the services and paid-distribution boundary. The README states that service skills identify costs and plan limits; this is not a free local build system.
• Actual execution depends on local-file, network, credential, and cloud-service permissions. The skills themselves do not remove those external constraints.